Solar tracking system bearing | without bracket | 130x120 mm | for single-axis solar panel movement | wear- and corrosion-resistant

Technical specifications

Product type: geared motor / gear motor
Supply voltage: 24V DC
Torque: 280 N·m
Rotational speed: 1.5 rpm
Reduction ratio: 622.68:1
Rated current: 4.5A
Protection class: IP66
Mounting type: flange mounting
Output shaft: metal cylindrical shaft
Housing: cylindrical metal housing
Connection: with wire / cable connection
Marking: CE
Application: for low-speed mechanisms, automated systems, solar tracking structures, rotation mechanisms

Functions

Slow mechanism rotation – the 1.5 rpm speed allows the motor to rotate a mechanical assembly slowly and in a controlled manner
High torque transmission – 280 N·m torque is suitable for structures that require higher force but low speed
Motion control in 24V DC systems – can be used with 24V direct current control circuits
Mechanical drive function – the motor can be used as the main drive in rotation, tilting or positioning mechanisms
Solar tracking system movement – suitable for single-axis solar tracking systems where the position of solar modules needs to be changed slowly
Reduced speed with gearbox – the 622.68:1 reduction ratio allows the motor speed to be reduced and the output torque to be increased
Flange mounting – allows the motor to be mounted to a metal bracket, frame, support or mechanism housing
Cable connection – supplied with a wire, making it convenient to connect to a controller, power supply or automation system
Stable operation in automation systems – suitable for solutions requiring repetitive, controlled and slow movement

Use

For solar power plant installers: This geared motor can be used in solar tracking systems where solar modules must slowly change position according to the movement of the sun. Due to its high torque, it can be applied for rotating or tilting a row of modules or controlling a single-axis tracking mechanism.

For electricians: This product is relevant when installing or repairing systems where a 24V DC drive needs to be connected to a controller, relay, power supply or automation cabinet. It is important to evaluate the current, cable cross-section, protection devices and control circuit.

For engineers and designers: Relevant for designing low-speed mechanical assemblies that require precise and stable movement. The 280 N·m torque and 1.5 rpm speed allow it to be used in structures where force is more important than high speed.

For automation specialists: This motor can be used as an actuator in systems where movement is controlled by a controller, timer, position sensors, relays or other automation components.

For industrial equipment maintenance specialists: It can be used as a spare or replacement geared motor in low-speed industrial mechanisms where 24V control and high torque are required.

Advantages

High torque – 280 N·m
Slow and controlled rotational speed – 1.5 rpm
Suitable for 24V DC systems
Integrated gearbox with 622.68:1 transmission ratio
IP66 protection class against dust and water
Flange mounting for convenient installation
Suitable for solar tracking systems and automation

Disadvantages

Not suitable for high-speed mechanisms, because the rotational speed is only 1.5 rpm
Requires a suitable 24V DC power supply that provides sufficient current
A suitable controller is required if automatic direction, position or time control is needed

FAQ

What is this geared motor used for?

This motor is intended for mechanisms that require slow rotation and high torque. It can be used in solar tracking systems, automation mechanisms, rotation or tilting systems.

Is this motor suitable for a solar tracking system?

Yes, according to its parameters, it can be used in single-axis solar tracking systems where the solar module structure needs to be slowly rotated or tilted. Before use, the actual structural load and mounting must be evaluated.

Does this motor require a controller?

If only switching on and off is required, a suitable 24V DC control circuit may be sufficient. If direction change, automatic control, solar tracking function or position control is required, an additional controller is needed.

What power supply is required?

A 24V DC power supply is required, capable of providing at least the rated current of 4.5A. In practice, it is recommended to have a current reserve, especially for the starting moment.